Isolated roughness induced boundary-layer transition - Shuttle Orbiter ground tests and flight experience
Author(s) -
Stanley Bouslog,
John J. Bertin,
Scott A. Berry,
Jose Caram
Publication year - 1997
Publication title -
38th aerospace sciences meeting and exhibit
Language(s) - English
Resource type - Conference proceedings
DOI - 10.2514/6.1997-274
Subject(s) - orbiter , aerospace engineering , space shuttle , boundary layer , surface roughness , remote sensing , meteorology , geology , materials science , environmental science , aeronautics , astrobiology , physics , engineering , composite material
Recent Orbiter wind tunnel data and flight data have been used to evaluate boundary-layer transition induced by discrete-roughness elements on the Orbiter windward surface. Orbiter flow field calculations have been used to compute transition parameters and disturbance parameters for correlating the results and comparing the trends. Existing transition correlations have been modified and applied to the Orbiter. These correlations provide a means to predict transition on the Orbiter given a known isolated roughness element. Furthermore, these data and data reduction methods provide information and guidance for the prediction of transition due to &screte-roughness elements on future winged reentry vehicles.
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